


































Education, Language and Sociology Research 

ISSN 2690-3644 (Print) ISSN 2690-3652 (Online) 

Vol. 4, No. 2, 2023 

www.scholink.org/ojs/index.php/elsr 

133 
 

Original Paper 

Research on Laboratory Management from the Perspective of 

Modern Education Theory 

Ke Liu1 

1 Assets and Equipment Department, Xi’an Medical University, Xi’an, Shaanxi, China 

 

Received: May 2, 2023       Accepted: May 24, 2023      Online Published: June 12, 2023 

doi:10.22158/elsr.v4n2p133         URL: http://dx.doi.org/10.22158/elsr.v4n2p133 

 

Abstract 

This paper examines how modern educational theory informs laboratory management practices and the 

importance of doing so. Theoretical analysis reinforced that laboratory management significantly 

impacts students’ learning and development. Furthermore, strategies that apply modern educational 

theories to laboratory management were proposed. We aim to provide practical guidance based on 

modern educational theory to improve laboratory management practices, ultimately creating conducive 

conditions for student learning and development. 

Keywords 

modern educational theory, student-centered, laboratory management, safety management 

 

1. Introduction 

Laboratories play a crucial role in modern education by providing students with opportunities for practice 

and experimentation, which fosters their learning and development. To ensure student safety, high-quality 

teaching environments and educational resources as well as promoting cooperation and innovation, 

effective laboratory management is essential (Chen, 2011). This paper aims to explore how to optimize 

laboratory management from the perspective of modern educational theory (Tang, 2017) to meet 

contemporary education’s requirements. 

Student-centered educational concepts have gained considerable attention in the development of modern 

educational theory. According to Vygotsky’s social and cultural theory (Azabdaftari, 2012), students fare 

better when participating in genuine and meaningful learning activities. Moreover, the interest theory of 

Hidi (Hidi, 2006) and Renninger (Renninger, 2000) highlights the impact of students’ individual interests 

and active participation on learning. These theories emphasize students’ initiative, personalized learning, 

and exploratory learning, which offer a new perspective for laboratory management. Student 

participation in decision-making (Mager & Nowak, 2012) is an effective laboratory management strategy. 



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Mulryan Kyne (Mulryan-Kyne, 2010) found that when students participate in laboratory rule formulation 

and experimental design decision-making processes, their sense of responsibility and autonomy increases 

and the participation and learning outcomes improve. 

Experiments aim to provide opportunities for practical operation and exploration to promote student 

learning and development, making them an indispensable part of education. However, there has few 

researches on laboratory management from the perspective of modern educational theory, despite the 

widespread application of laboratories in teaching. Therefore, conducting effective research on how to 

manage laboratories effectively from this perspective and improve the level and efficacy of laboratory 

management is significant for modern education’s development. 

 

2. Theories of Modern Education and Laboratory Management 

2.1 Overview of Modern Education Theory 

Modern educational theory is a series of educational theories that have developed based on critiques and 

reflections of traditional educational concepts and practices. It emphasizes that the goal of education is 

to cultivate students’ comprehensive abilities, stimulate their creativity and thinking abilities as well as 

adapt to the increasingly complex and diverse social requirements. The core principles of modern 

educational theory are student-centered, situational teaching, collaborative learning, technology 

integration and lifelong learning, etc. These principles and concepts have great significance in guiding 

laboratory management. 

The laboratory management process should place students at the center and prioritize their learning needs 

and development. Drawing on the principles of situational teaching and collaborative learning, laboratory 

activities and tasks should be designed collaboratively. The concept of technology integration also applies 

to laboratory management, such as utilizing modern technology to support innovation in laboratory 

teaching and management. The concept of lifelong learning is another essential consideration, reminding 

us that laboratory management should pursue sustainable development and the continuous improvement 

of students’ abilities. 

In summary, modern educational theory provides a theoretical foundation and guiding principles for 

laboratory management. It inspires us to create more effective, meaningful, and innovative practices in 

laboratory environments, ultimately leading to the cultivation of well-rounded students. 

2.2 Role and Significance of Laboratory Management 

Laboratory management plays a crucial role in modern education by providing strong support for students’ 

learning and development through ensuring laboratory safety and providing high-quality teaching 

resources and facilities. 

Laboratory safety and risk management are pivotal in ensuring student safety and health. Effective 

laboratory management involves developing clear laboratory safety rules, conducting risk assessments 

and providing appropriate safety training and supervision. By following these protocols, the risk of 



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accidents and injuries can be minimized, providing students and teachers with a safe and secure 

experimental environment. 

Moreover, laboratory management includes the efficient management and maintenance of laboratory 

resources and facilities. The implementation of good laboratory management practices ensures that 

students have access to sufficient and high-quality teaching resources including experimental equipment, 

materials and technical equipment. The full utilization and maintenance of these resources can help 

improve students’ learning experiences and their experimental results. 

In conclusion, laboratory management is a crucial component of modern education that ensures 

laboratory safety and provides high-quality teaching resources and facilities for students. Effective 

laboratory management practices can maximize students’ learning potential and development. 

 

3. Relationship between Modern Education Theory and Laboratory Management 

Modern educational theory and laboratory management share a close connection. By prioritizing student 

care and safety and adopting situational teaching (Zhu, 2009) and practice-oriented (Peng, Wang, & 

Zheng, 2013) methods, laboratory management promotes student responsibility and critical thinking 

while also supporting the development of continuous learning and self-protection abilities. In this way, 

modern educational theory and laboratory management reinforce and enhance each other, collaborating 

to provide students with a safe, healthy, and meaningful laboratory learning environment. 

3.1 Student Caring and Safety-first 

Modern educational theory places student safety and health at the forefront of education, emphasizing 

students’ overall development. Laboratory safety management (Wen, Zhou, & Cheng, 2009) aligns with 

this theory and is dedicated to ensuring the safety and health of students in laboratory environments. By 

developing safety regulations, providing safety training, conducting risk assessments and implementing 

supervision measures, potential hazards in experimental activities are minimized and a safe learning 

environment is established for students. 

3.2 Situational Teaching and Practice-oriented Methods 

Modern educational theory emphasizes placing learning in real and meaningful contexts, emphasizing 

that students construct knowledge and skills through practical application and practice. Laboratory 

management is closely related to this theory, as students conduct practical activities in the laboratory and 

apply theoretical knowledge through experiments and operations. The goal of safety management is to 

ensure that students can safely participate in practical activities in the laboratory environment, supporting 

their learning and knowledge building in this context. 

3.3 Cultivations of Responsibility and Critical Thinking 

The modern educational theory emphasizes the cultivations of responsibility and critical thinking so that 

they can make informed decisions in various situations. Safety management in laboratory settings 

emphasizes the cultivations of safety awareness and a sense of responsibility, requiring students to 

comply with safety rules, being aware of risks and taking appropriate safety measures. By participating 



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in laboratory safety management, students can develop critical thinking skills, assess potential safety 

hazards and risks, making informed decisions and cultivating their sense of responsibility. 

3.4 Continuous Learning and Self-protection Abilities 

Modern educational theory emphasizes the continuity and autonomy of learning, encouraging students 

to continuously develop and enhance their self-protection abilities during the learning process. 

Laboratory management supports students in mastering laboratory knowledge and skills by providing 

safety training and guidance. This process of continuous learning promotes students’ ability to 

independently assess risks, protect their own safety in the laboratory environment and cultivates their 

ability to manage safety independently, ultimately promoting their self-development. 

 

4. Innovative Methods of Laboratory Management from the Perspective of Modern Education 

Theory 

4.1 Laboratory Management Model of Student Participation in Decision Making 

The laboratory management model of student participation in decision-making emphasizes active 

participation and cooperation, placing students at the center of laboratory management and involving 

them in decision-making. Based on modern educational theory, it highlights the importance of 

subjectivity, participation, and responsibility among students. It aims to enhance students’ safety 

awareness, cultivate safety skills and establish a positive safety culture in the laboratory. 

Implementing the laboratory management model of student participation in decision-making involves 

providing necessary training and education for students. This includes safety operation skills training and 

education on basic laboratory safety principles and norms. Once trained, students can participate in 

developing safety regulations and procedures, evaluating laboratory safety risks, making improvement 

suggestions and taking joint responsibility for laboratory management to maintain a safe and orderly 

environment. The model also stresses cooperation and consultation among students, who can participate 

in decision-making through group discussions, meetings, and other methods. This promotes interaction 

and cooperation among students, enhancing management effectiveness. 

4.2 Applications of Situational Teaching in Laboratory Management 

Situational teaching is a teaching method that employs real-world situations and practical activities to 

enable students to apply theoretical knowledge to practical situations when solving problems by 

situational teaching in specific situations. In laboratory management, this teaching method can enhance 

students’ laboratory management expertise and practical skills. 

To apply situational teaching in laboratory management, it is essential to start by designing scenarios. 

Teachers or laboratory administrators can create real-world laboratory situations that simulate actual 

safety issues and challenges. By immersing students in these situations, their learning interest and 

motivation can be stimulated. Students must analyze safety hazards and suggest relevant solutions by 

using their existing knowledge and skills. They can collaborate in groups, discuss the situation and 



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engage in practical operations, participating actively in problem-solving processes to improve decision-

making and laboratory management expertise. 

Introducing situational teaching in laboratory management can enhance students’ practical abilities, 

promote safety awareness and foster teamwork. A student-centered laboratory management model can 

be built, which enhances the effectiveness of laboratory management and learning experience. Firstly, 

students can apply theoretical knowledge to practical laboratory management situations, develop 

practical abilities and skills, solve practical problems, understand the complexity of laboratory 

management and improve operational and decision-making skills. Furthermore, situational teaching 

exposes students to laboratory safety situations, challenges them with safety issues and enables them to 

appreciate the importance of safety management while learning how to identify and respond adequately 

to potential hazards. Finally, situational teaching fosters teamwork and collaboration among students 

through problem-solving, mutual communication and negotiation. This improves the effectiveness of 

laboratory management and cultivates students’ cooperative and communication abilities. 

4.3 Practices of Technology Integration and Digital Laboratory Management 

Technology integration and digital laboratory management unify laboratory equipment and systems on a 

single platform. Remote monitoring and control, real-time data acquisition and analysis, and equipment 

maintenance and fault diagnosis can be achieved using digital tools. This integration enhances the 

utilization and efficiency of laboratory equipment while reducing maintenance costs. 

Technology integration and digital laboratory management enables centralized collection, storage and 

sharing of laboratory data through digital tools, facilitating real-time updates and data sharing. 

Laboratory managers can use this data to analyze effectively and make decisions, optimize laboratory 

resource utilization and improve research and development efficiency. Additionally, technology 

integration and digital laboratory management enable safety monitoring and risk management in the 

laboratory. Security monitoring systems and sensors can be applied to monitor the laboratory 

environment and equipment status in real-time, reducing security risks. Digital tools and data analysis 

can help establish safety standards, operating procedures, and provide laboratory safety training and 

educational resources. 

The integration of technology and digital laboratory management improves the efficiency and accuracy 

of laboratory operations and data processing. Automated processes and experimental equipment save 

time and human resources while minimizing the occurrence of human error. Digital tools and software 

can quicken data analysis, decision-making and enhance the efficiency of laboratory management. In 

addition, digital tools and data analysis can also enhance safety and risk management in the laboratory. 

In real-time, monitoring and security warning systems detect potential security risks and take corrective 

action as necessary. Digital tools and data analysis can identify, evaluate and mitigate risks in the 

laboratory, ultimately enabling the development of applicable risk management strategies. 

 

 



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5. Conclusion 

This paper emphasizes the significance and role of laboratory management in modern education through 

the lens of modern education theory. The relationship between modern education theory and laboratory 

management is examined through clarifying the theoretical underpinnings of each field. Innovative 

methods and practices in laboratory management are proposed based on the guidance of modern 

education theory, providing laboratory managers and researchers with the necessary tools and resources 

to address the increasingly complex challenges of laboratory management. Future research should 

explore the relationship between modern education theory and laboratory management further and 

develop more innovative laboratory management strategies and practices. 

 

References 

Azabdaftari, B. (2012). An Explication of Vygotskian Sociocultural Theory as Evidenced by 

Ethomethodological Findings. Journal of Applied Linguistics, 5(11), 16-28.  

Chen, X. M. (2011). On concept innovation in laboratory management in colleges and universities. 

Experimental Technology and Management. 

Hidi, S. (2006). Interest: A unique motivational variable. Educational Research Review, 1(2), 69-82. 

https://doi.org/10.1016/j.edurev.2006.09.001 

Mager, U., & Nowak, P. (2012). Effects of student participation in decision making at school. a systematic 

review and synthesis of empirical research. Educational Research Review, 7(1), 38-61. 

https://doi.org/10.1016/j.edurev.2011.11.001 

Mulryan-Kyne, C. (2010). Teaching large classes at college and university levels: Challenges and 

opportunities. Teaching in Higher Education, 15(2), 175-185. 

https://doi.org/10.1080/13562511003620001 

Peng, X.-W., Wang, X.-Z., & Zheng, S.-H. (2013). Experimental teaching reform and innovation based 

on engineering practice-oriented. Higher Education Forum. 

Renninger, K. A. (2000). Chapter 13 - Individual interest and its implications for understanding intrinsic 

motivation. In C. Sansone, & J. M. Harackiewicz (Eds.), Intrinsic and Extrinsic Motivation (pp. 

373-404). San Diego: Academic Press. https://doi.org/10.1016/B978-012619070-0/50035-0 

Tang, L.-W. (2017). Chinese modern education theory. Journal of Hebei Normal University (Educational 

Science Edition). 

Wen, G. H., Zhou, Q., & Cheng, L. (2009). Strengthening laboratory safety management and upgrading 

laboratory administrative level. Experimental Technology and Management. 

Zhu, Y.-P. (2009). Discussion on situational teaching method. Journal of Ezhou University. 

 

https://doi.org/10.1016/j.edurev.2006.09.001
https://doi.org/10.1016/j.edurev.2011.11.001
https://doi.org/10.1080/13562511003620001
https://doi.org/10.1016/B978-012619070-0/50035-0

